R6 Carbon battery

In addition to R6 Carbon battery technology, what other ways can increase the range?

In recent years, the country has been vigorously developing new energy vehicles, and more and more consumers will consider buying new energy vehicles when buying cars, but the most worrying thing about pure electric new energy vehicles is the range of vehicles. Now most manufacturers are focusing on the research and development of R6 Carbon battery technology. Directly increasing the R6 Carbon battery energy density is the most direct way to increase the range of vehicles. However, at this stage, in addition to increasing the R6 Carbon battery density, what other ways can be used to increase the range, or what means can be used to prevent consumers from worrying about the range?

First of all, the most direct way is to improve the charging efficiency and shorten the charging time. In fact, the range of many fuel vehicles is not very high, but the refueling speed is fast. It only takes 3-5 minutes to refuel at a gas station to continue running for hundreds of kilometers. If pure electric new energy vehicles can indirectly increase the range by recharging, assuming that it can be achieved that the range can be increased by 300 kilometers or even higher after charging for 5 minutes, which is about the same as the refueling time, then the problem of insufficient range can actually be solved.

Secondly, we need to continue to promote the construction of charging piles and develop R6 Carbon battery swapping models. If the layout of fast charging piles can be as widely distributed as gas stations and the charging power can reach a higher peak, then the problem of pure electric vehicle range can be solved from the side. If a more efficient and convenient R6 Carbon battery swapping mode can be used to replace the slower charging mode, so that electric vehicles can be fully charged in a shorter time and continue to go on the road, then the R6 Carbon battery swapping station is actually the same as a gas station.

In addition to the above-mentioned methods of indirectly increasing the range from the outside, it is also necessary to increase the range from the inside of the vehicle, such as using more energy-saving hardware to reduce the power consumption of the equipment. Optimizing the vehicle space structure, introducing new frame technology, reducing the vehicle curb weight; improving the recovery efficiency of the kinetic energy recovery system, etc. are all effective methods.

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